The folding capillarity model gives a poor approximation for the configurations involved in late stage folding events, and vice versa for the unfolding capillarity theory.
The folding capillarity approximation is accurate at low degrees of nativeness, while the unfolding capillarity approximation is accurate at high nativeness.
The efflorescence is just a surface feature formed by evaporation of the water seeping out from the rock pores by capillarity.
Here, we analyze the hypotheses (1.12) on the capillarity pressure functions.
Secondly, during hole formation, capillarity ridges develop at the edges of the growing holes.
This precaution prevented the suspension being drawn up into contact with the hamster body by capillarity.
Insisting that folding capillarity holds at high nativeness results in configurations having anomalously high surface tension.
Indeed, such a configuration is perhaps a more obvious solution to the problem of a steady, thin, curved planar jet with capillarity.
